We Don't Start with Robots. We Start with You.
Every great solution begins with a deep understanding of the problem. In logistics and production, our analysis uncovered two fundamental material handling needs: horizontal transport and vertical manipulation. So we built two embedded AI product lines to match—humanoid and autonomous mobile robot (AMR).
But the real world is messier than theory. Operations rarely fit neatly into one box. That's why our team designs integrated, customized solutions that combine both platforms—built on a foundation of modular thinking, broad adaptability, smart economics, and future-ready scalability.
We don't just solve for today's use case. We reshape the process for your future.
Each robotic platform is engineered to address distinct operational demands:
- Humanoid Robots excel at small-particle manipulation and short-distance transport, delivering unparalleled dexterity for complex maneuvers in confined spaces.
- AMRs are optimized for heavy-duty applications and long-distance movement, providing robust, efficient transport across expansive facilities.
Together, they form a complete automation ecosystem — precision where it matters, power where it's needed.
(Note)*:AMRs listed above represent a selection of products from our broader portfolio.
Should you require further information, please feel free to contact us.
- Complete overall robotic skeleton
- Equipped with essential sensors and actuators
- Capable of basic functions including standing, squatting, and walking
- Basic object recognition implemented
- Simple object handling enabled
- Integrated with LLM for basic human-robot interaction
- Launch Date: 2024
Full size humanoid robot, designed for heavy duty use cases, featuring a highly biomimetic torso structure and motion control, and is capable of functions, e.g., slow/fast-speed walking, obstacle avoidance, and uphill and downhill etc.
- Humanoid skeletal and exterior design
- Two categories: wheeled and legged
- Advanced AI control system
- Safety level: compliant with safety regulations in Europe and North America
- In-house development of key components (joints, controllers, and sensors)
- Integration of linear and rotary joints
- Embodied skills: capable of performing repetitive tasks in application scenarios
- Deployment of a multi-robot fleet management platform, supporting OTA
- Launch Date: 2025
Gen 1-W robot features a highly biomimetic torso structure and arm motion control. Equipped with a differential wheel chassis, it offers functionalities such as fast/slow walking and motion-based obstacle avoidance.
- Introduction of world models and lifelong learning to enhance embodied intelligence and generalization capabilities
- Comprehensive implementation of redundancy design mechanisms based on safety redundancy objectives
- Achievement of cross-robot communication, enabling transparent transmission of perception data across robots, multi-robot task collaboration, and autonomous organization of robot swarm tasks
- Launch Date: 2026
Gen 2-W robotic chassis employs a three-steering-wheel drive system, enabling forward and backward movement, lateral translation, diagonal motion, pivot turn, and Ackermann steering mode, achieving 360-degree omnidirectional mobility.